def parse_file_child(child, of_root):
if child.spelling.startswith("of"):
offilename = clang_utils.filenameFromClangChild(child)
if clang_utils.is_class(child):
i = 0
for c in child.get_children():
if clang_utils.is_variable(c) or clang_utils.is_method(c) or c.kind == CursorKind.CXX_BASE_SPECIFIER:
i += 1
if i > 0 and child.spelling not in visited_classes:
new_class = DocClass(child, of_root)
add_class(new_class.serialize(), offilename, new_class.folder)
visited_classes.append(child.spelling)
# clang_reference.add_class(new_class)
elif clang_utils.is_function(child):
if child.spelling not in visited_function and offilename != "ofMain":
visited_function.append(child.spelling)
new_func = DocFunction(child, None, of_root)
add_function(new_func.serialize(), offilename, new_func.folder)
# clang_reference.add_function(new_func)
elif clang_utils.is_enum(child):
if child.spelling not in visited_enums:
new_enum = DocEnum(child, of_root)
add_enum(new_enum.serialize(), offilename, new_enum.folder)
visited_enums.append(child.spelling)
elif clang_utils.is_typedef(child):
if child.spelling not in visited_typedefs:
add_typedef(DocTypedef(child, of_root).serialize(), offilename)
visited_typedefs.append(child.spelling)
def __init__(self, cursor, of_root):
DocBase.__init__(self, cursor, of_root)
self.data['type'] = 'class'
# Parse extends
self.data['extends'] = []
for child in cursor.get_children():
if child.kind == CursorKind.CXX_BASE_SPECIFIER:
if child.spelling.find("class") == 0:
baseclass = child.spelling.split(' ')[1]
self.data['extends'].append(baseclass)
else:
self.data['extends'].append(child.spelling)
# Parse member children
self.member_variables = []
self.member_functions = []
for member in cursor.get_children():
# Struct decleration
# TODO
if member.kind == CursorKind.CLASS_DECL or member.kind == CursorKind.CLASS_TEMPLATE or member.kind == CursorKind.STRUCT_DECL:
if member.access_specifier.name.lower() == 'public':
for child in member.get_children():
if clang_utils.is_variable(child) or clang_utils.is_method(child):
#print "MEMBER"+member.spelling
"""if classname[-1] == '_':
serialize_class(member,is_addon,classname[:-1])
visited_classes.append(classname[:-1] + "::" + member.spelling)
else:
serialize_class(member,is_addon,classname)
visited_classes.append(classname + "::" + member.spelling)
break"""
# Union decleration
# TODO
elif member.kind == CursorKind.UNION_DECL:
for union_member in member.get_children():
"""
if clang_utils.is_variable(union_member):
#print "UNION "+union_member.spelling
#var = parse_variable(documentation_class, clazz, union_member)
#current_variables_list.append(var)
if union_member.kind == CursorKind.STRUCT_DECL:
for union_struct_member in union_member.get_children():
if clang_utils.is_variable(union_struct_member):
#print "UNION "+union_struct_member.spelling
#var = parse_variable(documentation_class, clazz, union_struct_member)
#current_variables_list.append(var)
"""
elif clang_utils.is_variable(member):
if member.access_specifier.name.lower() == 'public':
var = DocVariable(member, self, of_root)
self.member_variables.append(var)
#f.write( str(member.type.text) + " " + str(member.name.text) + "\n" )
elif clang_utils.is_method(member):
func = DocFunction(member, self, of_root)
self.member_functions.append(func)
"""
def __init__(self, cursor, of_root):
DocBase.__init__(self, cursor, of_root)
self.data['type'] = 'class'
# Parse extends
self.data['extends'] = []
for child in cursor.get_children():
if child.kind == CursorKind.CXX_BASE_SPECIFIER:
if child.spelling.find("class") == 0:
baseclass = child.spelling.split(' ')[1]
self.data['extends'].append(baseclass)
else:
self.data['extends'].append(child.spelling)
# Parse member children
self.member_variables = []
self.member_functions = []
for member in cursor.get_children():
# Struct decleration
# TODO
if member.kind == CursorKind.CLASS_DECL or member.kind == CursorKind.CLASS_TEMPLATE or member.kind == CursorKind.STRUCT_DECL:
if member.access_specifier.name.lower() == 'public':
for child in member.get_children():
if clang_utils.is_variable(
child) or clang_utils.is_method(child):
#print "MEMBER"+member.spelling
"""if classname[-1] == '_':
serialize_class(member,is_addon,classname[:-1])
visited_classes.append(classname[:-1] + "::" + member.spelling)
else:
serialize_class(member,is_addon,classname)
visited_classes.append(classname + "::" + member.spelling)
break"""
# Union decleration
# TODO
elif member.kind == CursorKind.UNION_DECL:
for union_member in member.get_children():
"""
if clang_utils.is_variable(union_member):
#print "UNION "+union_member.spelling
#var = parse_variable(documentation_class, clazz, union_member)
#current_variables_list.append(var)
if union_member.kind == CursorKind.STRUCT_DECL:
for union_struct_member in union_member.get_children():
if clang_utils.is_variable(union_struct_member):
#print "UNION "+union_struct_member.spelling
#var = parse_variable(documentation_class, clazz, union_struct_member)
#current_variables_list.append(var)
"""
elif clang_utils.is_variable(member):
if member.access_specifier.name.lower() == 'public':
var = DocVariable(member, self, of_root)
self.member_variables.append(var)
#f.write( str(member.type.text) + " " + str(member.name.text) + "\n" )
elif clang_utils.is_method(member):
func = DocFunction(member, self, of_root)
self.member_functions.append(func)
"""
